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Work Permit Receiver Preparation
Preparation for work permit receiver duties including joint site inspection, hazard understanding, crew briefing, worksite monitoring and permit close-out.
This section introduces the book and its connection to the Saudi Aramco Work Permit System.
- How the Work Permit Receiver prerequisite training fits togetherThe Work Permit Receiver prerequisite training is built around three classroom books: Hazard Recognition, Confined Space Entry, and Lock Out and Hold Tags. Together they prepare you to recognize the job hazards, understand the...
- The four Saudi Aramco work permits and the permit form layoutSaudi Aramco uses four main work permits: Cold Work, Hot Work, Equipment Opening or Line Break, and Confined Space Entry. A job may need more than one permit because the permit type is selected...
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BOOK 1 — HAZARD RECOGNITION: Module 1: Hazards & conditions that lead to incidents.
- Stop Work Authority — what to do when the job is unsafeStop Work Authority means you do not wait for an accident before acting. When a condition is unsafe or no longer matches the work permit, stop the work, protect people from immediate exposure and...
- Hazards, exposure, barriers and consequencesA hazard is something with the potential to cause harm. An incident occurs when a person, equipment or the environment is exposed and the barriers that should prevent contact are missing, weak or defeated.
- Unsafe acts, unsafe conditions and shortcutsUnsafe acts are actions that place people outside the agreed controls. Unsafe conditions are physical or operational conditions that can cause harm. Most serious events involve both — for example, a worker enters an...
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BOOK 1 — HAZARD RECOGNITION: Module 2: Methods to recognize & control hazards.
- Safety hazards and health hazardsSome hazards cause an immediate injury, while others damage health over time. The Joint Site Inspection must consider both. A job can be free from obvious trip hazards and still expose workers to noise,...
- Joint Site Inspection and the Hazard Analysis ChecklistThe Joint Site Inspection is where the permit is checked against the actual job. The Work Permit Issuer and Work Permit Receiver inspect the worksite together, use the Hazard Analysis Checklist and agree the...
- Reading Section 1 — Work DescriptionSection 1 tells everyone exactly what the permit covers. It must identify the plant or facility, exact work location, specific work to be done and the equipment that will be used. Vague wording makes...
- Reading Sections 2, 3 and 4 of the permitThe remaining sections show how the job will be controlled, how the atmosphere is tested and who authorizes, renews and closes the permit. A WPR should be able to point to each control on...
- Selecting and verifying control measuresGood hazard control does not begin with personal protective equipment. First remove the hazard where possible, then isolate or engineer it, then use procedures and supervision. Personal protective equipment is the final barrier against...
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BOOK 1 — HAZARD RECOGNITION: Module 3: Common workplace hazards.
- Slips, trips, access and worksite housekeepingGood housekeeping is part of the permit condition because the crew must be able to reach the job, move materials and escape safely. Hoses, cables, waste, spills and stored materials must not block walkways,...
- Hand tools, power tools and equipment conditionThe tool must be suitable for the task, the atmosphere and the permit type. A grinder can change a Cold Work job into Hot Work; a damaged electrical tool can introduce shock or ignition;...
- Noise, vibration and machine guardingNoise can damage hearing even when it does not interfere with the task. As a practical training cue, if people must raise their voices to speak at close range, the noise may be around...
- Plant isolation, pressure testing and line of firePressure, movement and stored energy can release without warning. Closed systems must be isolated, depressurized, drained and purged as required before opening. Pressure testing creates a separate line-of-fire hazard because a fitting, hose or...
- Weather, heat stress, PPE and respiratory protectionWeather changes the job. Wind affects cranes, man-baskets, scaffolds, gas movement and hot work. Heat affects concentration, hydration and physical condition. The permit and Job Safety Analysis must reflect the conditions at the time...
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BOOK 1 — HAZARD RECOGNITION: Module 4: Working at height.
- Elevated Work Platforms — inspection, positioning and rescueAn Elevated Work Platform gives a protected working platform, but it can still overturn, strike structures, trap the operator or contact overhead hazards. The machine, operator, route and rescue arrangement must all be suitable...
- Straight ladders — 4:1 ratio, approximately 75° and safe useA straight ladder must be set at the correct angle, supported on firm level ground and secured. The 4:1 ratio means the base is placed about 1 metre out for every 4 metres of...
- Scaffolds — status tags, inspection and safe accessA scaffold must show its current status before it is used. The tag tells the worker whether the scaffold is complete, needs personal fall protection, or must not be used. The physical condition must...
- Fall restraint, fall arrest, anchorage and rescueFall restraint prevents a worker reaching the fall edge. Fall arrest allows a fall to occur and then stops it. The equipment, anchorage, clearance and rescue plan must be selected as one complete system.
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BOOK 1 — HAZARD RECOGNITION: Module 5: Heavy equipment.
- Mobile equipment, blind spots and pedestrian separationOperators cannot see every area around loaders, cranes, forklifts and other mobile equipment. The safest control is to separate people from the operating envelope and use a visible, competent spotter where the movement cannot...
- Forklifts, certification and equipment conditionA forklift is designed to lift and carry loads within its rated capacity and load centre. It is not a general-purpose crane or passenger vehicle. The operator, equipment and attachment must be certified and...
- Crane operations, critical lifts and suspended loadsA lifting operation must control the crane set-up, load path, rigging, communication and people around the lift. No one stands beneath a suspended load or inside an uncontrolled load path.
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BOOK 1 — HAZARD RECOGNITION: Module 6: Excavations & shoring.
- Excavation planning, work permits and underground utilitiesBefore excavation starts, the exact route of underground utilities must be checked. This lesson explains how drawings, utility detection, marking, trial holes and controlled hand digging are used before mechanical excavation begins.
- Excavation edge loads, access, barriers and heavy equipmentThe ground at the edge can fail when spoil, vehicles or heavy equipment add load. Safe access and barriers are also needed to prevent falls and allow workers to leave quickly.
- Soil stability, shoring, sloping, benching and inspectionExcavation walls can collapse without warning. The protective system is selected from the soil, depth, water, nearby loads and vibration. Workers must not enter until the excavation has been inspected and the protection is...
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BOOK 1 — HAZARD RECOGNITION: Module 7: Hazardous materials.
- Chemical information — CHB, SDS, labels and HAZCOMBefore using or opening a chemical system, the crew must know the material, its hazards and the required controls. Saudi Aramco chemical information may include the Chemical Hazard Bulletin, Safety Data Sheet, container label...
- Compressed gas cylinders — storage, movement and useA compressed gas cylinder stores high energy even when the gas is not flammable. A damaged valve can turn the cylinder into a projectile, and incompatible gases can create fire or explosion.
- Asbestos, coatings, abrasive blasting and ionizing radiationSome hazardous-material work creates exposure that cannot be seen. Asbestos fibres, coating vapours, blasting dust and ionizing radiation need specialist assessment, controlled areas and trained personnel.
- Equipment Opening / Line Break Permit — controlling pressure and process releaseAn Equipment Opening or Line Break Permit is used when a job opens equipment, piping or containment that may release pressure, liquid, gas or hazardous residue. The permit makes the release hazards and isolation...
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BOOK 1 — HAZARD RECOGNITION: Module 8: Hydrogen Sulfide (H2S).
- Where H₂S is found and how it can be releasedHydrogen Sulfide may be present in producing, processing, storage, pipeline, drilling, workover and sewage systems. It can collect in pits, drains and low or poorly ventilated areas because it is heavier than air.
- H₂S properties, health effects and why smell is unreliableHydrogen Sulfide is a colourless, highly toxic and flammable gas. At low concentration it may smell like rotten eggs, but smell is not a safety test because the sense of smell can quickly become...
- H₂S gas testing, personal monitors and respiratory protectionThe certified gas tester tests the atmosphere and records the result on the permit. Personal and area monitors warn of a change during the job. Respiratory protection is selected from the measured concentration, oxygen...
- H₂S alarm, escape, standby and rescueWhen an H₂S alarm sounds, the priority is to stop exposure and account for people. Do not stay to complete the task, collect tools or attempt an unprotected rescue.
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BOOK 1 — HAZARD RECOGNITION: Module 9: Fires & explosions.
- Fire, explosion, fuel and ignition sourcesFire needs fuel, oxygen and heat. An explosion can occur when flammable gas, vapour or dust mixes with air in the right concentration and is ignited, especially where pressure is confined.
- Cutting, welding and brazing — equipment and worksite controlsCutting, welding and brazing can ignite vapour, combustible material and residues on the opposite side of a surface. The permit review covers the torch or welding set, cylinders, hoses, earth connection, screens, ventilation and...
- Hot Work Permit — how to read and use the formThe Hot Work Permit connects the job description to the ignition, atmosphere, isolation, exposure and fire controls. A WPR should be able to read every section and then point to the matching control at...
- Hot-work boundary, gas testing, fire watch and electrical firesThe Hot Work Permit requires control of the area where sparks, heat or flame could ignite material. The form instructs the work group to cover or water-seal sewers within 23 m (75 ft) of...
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BOOK 1 — HAZARD RECOGNITION: Module 10: Emergency preparations.
- Site orientation, alarms, assembly points and SIMOPSBefore work begins, the crew must know how the site alarm sounds, which escape route to use, where to assemble and how people will be accounted for. Simultaneous Operations can change those arrangements during...
- Emergency response plan and the emergency callThe emergency response plan tells people how to raise the alarm, withdraw, account for personnel and support the emergency team. A clear emergency call saves time and prevents the response team being sent to...
- Permit suspension, cancellation, emergency and closureA permit remains valid only while the job, people and conditions match what was authorized. A change in scope, equipment, hazard or precaution requires the work to stop. An emergency cancels permits in the...
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BOOK 1 — HAZARD RECOGNITION: Module 11: Review activities.
- Review activity — inspect a pipe-rack maintenance jobUse the classroom review method: identify the job, scan the complete worksite and decide what must be corrected before the permit is accepted. Do not focus on one obvious hazard and miss the conditions...
- Review activity — hot work near drains and coating workThis activity combines ignition, atmosphere and simultaneous work. A welder is preparing to grind while another crew is applying solvent-based coating nearby and a drain lies inside the hot-work area.
- Review activity — excavation beside underground utilities and heavy equipmentA trench is planned across a yard containing underground utilities. An excavator and dump truck will operate near the edge, and workers will enter to install a new line.
- Review activity — choosing the permit and the first safe actionExam questions often describe a changed condition and ask for the best first action. Start by protecting people from immediate exposure, then use the permit process to reassess and authorize the work.
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Complete the book review questions.
- HAZARD RECOGNITION Review QuestionsBook review questions with answer explanations.
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Controlled references and source-use guidance.
- HAZARD RECOGNITION ReferencesControlled references used for this book.
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This section introduces the book and its connection to the Saudi Aramco Work Permit System.
- Confined Space Entry book and permit pathwayThis book teaches you how to identify a confined space, prepare the entry and keep people safe while they are inside. A Confined Space Entry Permit controls the entry itself. The work carried out...
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BOOK 2 — CONFINED SPACE ENTRY: Module 1: Identify confined space entry.
- What is a confined space?A confined space is large enough for a person to enter and carry out work, has limited or restricted entry or exit, and is not designed for people to remain inside. It may contain...
- What counts as entry?Confined Space Entry begins when any part of a person’s body passes through the opening into the space. Putting the head or upper body through a manhole for a quick look can expose the...
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BOOK 2 — CONFINED SPACE ENTRY: Module 2: Confined space entry program.
- The CSE program, permits and entry controlThe confined-space entry program sets the site rules for identifying spaces, authorizing entry, assigning trained people, testing the atmosphere and preparing rescue. The permit records the conditions for one defined entry.
- CSE Supervisor responsibilitiesThe Confined Space Entry Supervisor confirms that the entry has been planned and prepared correctly before it starts. The CSES also suspends or terminates the entry when conditions no longer meet the permit.
- Standby Man responsibilitiesThe Standby Man remains at the entry point while people are inside. This is a dedicated safety role. The Standby Man maintains communication, controls access, keeps an entrant count and raises the emergency alarm.
- Authorized Entrant, WPR and certified gas testerSafe entry depends on each person completing their own role. The Authorized Entrant follows the entry controls and leaves on alarm. The WPR keeps the work inside the permit. The certified gas tester measures...
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BOOK 2 — CONFINED SPACE ENTRY: Module 3: Plan & prepare a confined space entry.
- Written CSE plan — what it must containEach confined-space entry needs a written plan for the specific space and job. The handbook explains that there is no single template that can safely cover every entry because the configuration, contents, work and...
- CSE rescue plan — access, equipment and rescue teamThe rescue plan explains how a person will be removed from the actual space. It must match the entry direction, opening size, internal obstructions, hazards, number of entrants and available rescue equipment.
- Pre-entry preparation, access, barriers and equipmentPreparation removes hazards before the first entrant crosses the opening. The space, surrounding area, access, lighting, tools, ventilation and emergency equipment must be ready and protected from vehicles and unauthorized people.
- Isolation, LOTO, cleaning, draining and purgingGas testing does not isolate a confined space. Connected process lines, electrical equipment, moving parts and stored energy must be controlled before entry. The space is then cleaned, drained, flushed or purged as required...
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BOOK 2 — CONFINED SPACE ENTRY: Module 4: Hazards & controls.
- Atmospheric hazards — oxygen, flammable gas and toxic contaminantsA confined-space atmosphere can be unsafe because oxygen is too low or too high, flammable gas is present, or toxic contaminants such as H₂S or carbon monoxide are present. Work inside can also change...
- Gas testing locations, frequency and ventilation-off periodThe certified gas tester must test the atmosphere that the entrant will actually breathe. Gases can collect at the top, middle, bottom, behind baffles and in pockets. One reading at the opening is not...
- Mechanical ventilation and work-generated contaminantsMechanical ventilation supplies clean air and removes contaminants, but it must be arranged so that air reaches the work area and contaminated discharge does not expose another person or return to the space.
- Physical, electrical, process and engulfment hazardsConfined spaces can contain serious hazards even when the gas readings are acceptable. Moving equipment, electrical tools, hot surfaces, sharp edges, falling objects, product entry and engulfment all need separate controls.
- Communication, PPE, heat stress and entrant conditionEntrants must be able to communicate with the Standby Man throughout the entry. The plan also controls protective equipment, heat, fatigue, visibility and the number of people inside.
- Emergency response, entry closure and restorationAt the end of the job, every entrant, tool and temporary item must be accounted for before the space is closed. Isolation is removed and equipment is returned to service only through the approved...
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BOOK 2 — CONFINED SPACE ENTRY: Module 5: CSE case studies.
- Case study 1 — water-tower spray paintingA crew will enter a water tower to prepare and spray-paint the internal surface. The coating introduces flammable vapour and respiratory exposure, while the tower creates restricted vertical access and difficult rescue.
- Case study 2 — hot work inside a 24-inch pipeA worker will enter approximately 30 ft into a 24-inch pipe to carry out hot work. The narrow horizontal entry makes communication, ventilation, hose management and rescue especially difficult.
- Case study 3 — 21-ft manhole boring workA crew will enter a 21-ft-deep manhole for boring work. The depth, equipment, possible utility connections, atmosphere and vertical rescue all affect the plan.
- Case study 4 — sewer manhole and unplanned rescueSewer and manhole incidents often become multiple fatalities when an unprotected person enters to rescue a collapsed worker. The correct response is alarm, ventilation where planned, entrant information and specialist rescue — not spontaneous...
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Complete the book review questions.
- CONFINED SPACE ENTRY Review QuestionsBook review questions with answer explanations.
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Controlled references and source-use guidance.
- CONFINED SPACE ENTRY ReferencesControlled references used for this book.
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This section introduces the book and its connection to the Saudi Aramco Work Permit System.
- Lock Out and Hold Tags book and permit connectionThis book teaches how hazardous energy and process material are isolated before maintenance, repair, equipment opening, line breaking and confined-space entry. The work permit records the isolation requirement, but the physical isolation is applied...
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BOOK 3 — LOCK OUT AND HOLD TAGS: Module 1: Importance of isolation.
- Isolation, de-energization and zero-energy conditionIsolation separates equipment from every source of hazardous energy or process material. De-energization reduces or removes energy, and the zero-energy condition is confirmed only after stored energy is released or restrained and the isolation...
- Isolation plan — equipment, drawings and work sequenceThe isolation plan shows how the exact equipment will be taken to a safe condition. It uses drawings such as P&IDs and isometrics, but the isolation points are also checked physically at the worksite.
- When isolation is required and common fatal failuresIsolation is required whenever a person could be exposed to unexpected energy, movement, pressure or process material. Serious incidents occur when a source is missed, stored energy remains, the wrong equipment is isolated or...
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BOOK 3 — LOCK OUT AND HOLD TAGS: Module 2: Roles and responsibilities.
- Management and equipment-owner responsibilitiesManagement provides the energy-control program, trained people, equipment and audit arrangements. The equipment or operating-area owner controls the process status and coordinates shutdown, isolation and safe return to service.
- Authorized personnel — isolate and TRY / verifyAuthorized personnel identify and operate the energy-isolating devices, apply the required locks and hold tags and verify that the equipment cannot be energized or release hazardous material.
- Affected personnel, contractors and one person — one lock — one keyAffected personnel operate or work near the equipment but do not apply isolations unless authorized. Every worker who depends on the isolation follows the approved personal-protection method. Personal control must not be transferred informally.
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BOOK 3 — LOCK OUT AND HOLD TAGS: Module 3: Identify equipment, energy & isolation methods.
- Energy-control program and hazardous-energy inventoryA complete isolation starts with a complete energy inventory. Look beyond the obvious electrical supply and identify every source that can move equipment, release material, create pressure or expose the worker.
- Energy-isolating devices versus operating controlsAn energy-isolating device physically prevents energy from reaching the equipment. An operating control tells the equipment to start or stop but does not provide the physical separation required for LOTO.
- Locks, hold tags, hasps and information on the tagA lock physically secures an energy-isolating device. A hold tag warns people, identifies the equipment and records why it must not be operated. A tag alone is a warning and does not provide the...
- Mechanical, pressure, thermal and process isolation methodsDifferent energy sources need different isolation methods. A single electrical lock does not control pressure, gravity, heat or process material connected to the same equipment.
- Zero-energy verification and re-verificationVerification proves that the isolation protects the job. It may include TRY, test for dead, checking drains and vents, observing pressure, verifying blocks and confirming that process material cannot enter.
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BOOK 3 — LOCK OUT AND HOLD TAGS: Module 4: Steps to perform isolations.
- Isolation sequence — identify to TRY / verifyThe safe sequence prevents people being exposed while energy is still available. Follow the approved order and do not skip TRY or stored-energy control because the equipment appears stopped.
- Single block isolation — use and proofA single closed valve can be used only where GI 6.012 and the isolation assessment permit it. It is a primary isolation, not positive isolation, and its effectiveness must be proven by an approved...
- Double Block and Bleed — how it works and its limitsDouble Block and Bleed uses two block valves with an open bleed between them. The bleed shows leakage and relieves material trapped between the block valves. It remains a primary isolation method, not positive...
- When positive isolation is requiredPositive isolation uses a physical barrier such as a blind or physical disconnection so process material cannot reach the work. GI 6.012 identifies higher-consequence work where primary valve isolation is not enough.
- Blinding, blanking and the blind listA blind or blank creates a physical barrier in the line. The blind must be rated, installed at the correct location and recorded so it is not missed during restoration.
- Physical disconnection and CSE positive isolationPhysical disconnection removes a spool, hose or other connection and creates a visible break. The open ends must be controlled so material cannot enter the space or expose people.
- Electrical isolation and test for deadElectrical isolation is carried out by authorized competent personnel. The correct circuit is identified, disconnected, secured and tested to confirm the absence of voltage before exposure.
- Multi-lock hasps and group lockboxWhere several people depend on one isolation, the approved hasp or group-lockbox system gives each person personal control. The arrangement must account for every worker before the equipment can be restored.
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BOOK 3 — LOCK OUT AND HOLD TAGS: Module 5: Removal of lock out devices.
- Normal removal and safe return to serviceLocks and hold tags are removed only after the work is complete, the equipment is ready and every protected person is clear. Restoration is planned because energizing equipment can create a new hazard.
- Shift change and continuity of protectionA shift change must not create a gap in personal protection. The outgoing and incoming workers follow the approved transfer process so the isolation remains continuously controlled.
- Emergency removal of another person’s lockAnother person’s personal lock is not removed because production is waiting or the owner has left site. Emergency removal follows a formal approval, search, inspection, communication and documentation process.
- Hold-tag removal, records and final closeoutHold tags are removed only when the condition they protect has been resolved and the authorized removal process is complete. Records must show what was installed, changed and removed so no isolation is left...
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Complete the book review questions.
- LOCK OUT AND HOLD TAGS Review QuestionsBook review questions with answer explanations.
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Controlled references and source-use guidance.
- LOCK OUT AND HOLD TAGS ReferencesControlled references used for this book.
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